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APTD3216SURCK
+Lista de MateriaisLED RED CLEAR 2SMD
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FabricanteKingbright
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Peça do Fabricante #APTD3216SURCK
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Em Estoque17141
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Especificações
| Atributo | Valor |
| Part Status | Active |
| Base Product Number | APTD3216 |
| Color | Red |
| Configuration | Standard |
| Lens Color | Colorless |
| Lens Transparency | Clear |
| Millicandela Rating | 800mcd |
| Lens Style | Round with Domed Top |
| Lens Size | 1.60mm Dia |
| Voltage - Forward (Vf) (Typ) | 1.95V |
| Current - Test | 20mA |
| Viewing Angle | 35° |
| Mounting Type | Surface Mount |
| Wavelength - Dominant | 630nm |
| Wavelength - Peak | 645nm |
| Package / Case | 1206 (3216 Metric) |
| Supplier Device Package | 2-SMD |
| Size / Dimension | 3.20mm L x 1.60mm W |
| Height (Max) | 1.90mm |
| Packaging | Cut Tape (CT), Tape & Reel (TR) |
Visão Geral
Description
I don’t have the exact syllabus for APTD3216SURCK. Here’s what a typical Introduction to APTD course might cover:
- Purpose: introduce design thinking and the APTD approach, focusing on user-centered design and real-world briefs.
- Core topics: problem framing, user research, ideation, rapid prototyping, testing, iteration, and basics of materials and manufacturing.
- Tools and skills: basic CAD/3D modeling, prototyping methods, and documentation of the design process.
- Practice: project-based studio work with group collaboration and critiques.
- Assessment: short assignments, a design journal, a mid-term critique, and a final team project with presentation.
- Outcomes: ability to apply a design-process to briefs, communicate concepts clearly, and build/evaluate simple prototypes.
- Logistics: prerequisites may be minimal; expect lectures, labs/studios, and weekly studio time. Check the official syllabus for specifics.
- Tips: participate in critiques, maintain a design notebook, manage time, and engage with instructors and peers.
- Purpose: introduce design thinking and the APTD approach, focusing on user-centered design and real-world briefs.
- Core topics: problem framing, user research, ideation, rapid prototyping, testing, iteration, and basics of materials and manufacturing.
- Tools and skills: basic CAD/3D modeling, prototyping methods, and documentation of the design process.
- Practice: project-based studio work with group collaboration and critiques.
- Assessment: short assignments, a design journal, a mid-term critique, and a final team project with presentation.
- Outcomes: ability to apply a design-process to briefs, communicate concepts clearly, and build/evaluate simple prototypes.
- Logistics: prerequisites may be minimal; expect lectures, labs/studios, and weekly studio time. Check the official syllabus for specifics.
- Tips: participate in critiques, maintain a design notebook, manage time, and engage with instructors and peers.
Pinout
I can’t locate a definitive datasheet for "APTD3216SURCK" in my training data. I don’t want to guess and risk giving wrong pinout or function.
Please either
- confirm the exact part number, or
- upload a photo of the part/package or the manufacturer’s datasheet/link,
and I’ll extract the pin count and each pin’s function immediately.
Please either
- confirm the exact part number, or
- upload a photo of the part/package or the manufacturer’s datasheet/link,
and I’ll extract the pin count and each pin’s function immediately.
Application
Possible application areas for APTD3216SURCK include:
- Indicator lighting for consumer electronics and home appliances
- Backlighting or edge lighting for displays
- Automotive dashboards, switches, and interior lighting
- Industrial control panels and status indicators
- Signage, billboards, and LED displays
- Medical devices and diagnostic equipment indicators
- Wearables and portable devices
- Decorative or architectural lighting
Note: These are typical use cases for compact SMD lighting components.
- Indicator lighting for consumer electronics and home appliances
- Backlighting or edge lighting for displays
- Automotive dashboards, switches, and interior lighting
- Industrial control panels and status indicators
- Signage, billboards, and LED displays
- Medical devices and diagnostic equipment indicators
- Wearables and portable devices
- Decorative or architectural lighting
Note: These are typical use cases for compact SMD lighting components.
